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Commit f11bafed authored by Grégory Wisniewski's avatar Grégory Wisniewski
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First modification of packet management. Encoders are no more instance methods 

but module methods that return Packet instances. Next operation is to set msg_id
related to connection only. Updated tests follow in next commit.


git-svn-id: https://svn.erp5.org/repos/neo/branches/prototype3@481 71dcc9de-d417-0410-9af5-da40c76e7ee4
parent 58edc07e
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Showing with 424 additions and 626 deletions
neo/admin/handler.py
View file @ f11bafed
......@@ -23,6 +23,7 @@ from neo.protocol import INVALID_UUID, RUNNING_STATE, BROKEN_STATE, \
ADMIN_NODE_TYPE
from neo.node import MasterNode, StorageNode, ClientNode
from neo.connection import ClientConnection
from neo import protocol
from neo.protocol import Packet
from neo.pt import PartitionTable
from neo.exception import PrimaryFailure
......@@ -56,10 +57,8 @@ class MonitoringEventHandler(BaseEventHandler):
# Should not happen.
raise RuntimeError('connection completed while not trying to connect')
p = Packet()
msg_id = conn.getNextId()
p.requestNodeIdentification(msg_id, ADMIN_NODE_TYPE, app.uuid,
app.server[0], app.server[1], app.name)
p = protocol.requestNodeIdentification(conn.getNextId(), ADMIN_NODE_TYPE,
app.uuid, app.server[0], app.server[1], app.name)
conn.addPacket(p)
conn.expectMessage(msg_id)
EventHandler.connectionCompleted(self, conn)
......@@ -173,8 +172,8 @@ class MonitoringEventHandler(BaseEventHandler):
app.uuid = your_uuid
# Ask a primary master.
msg_id = conn.getNextId()
conn.addPacket(Packet().askPrimaryMaster(msg_id))
p = protocol.askPrimaryMaster(conn.getNextId())
conn.addPacket(p)
conn.expectMessage(msg_id)
def handleAnswerPrimaryMaster(self, conn, packet, primary_uuid,
......
neo/client/app.py
View file @ f11bafed
......@@ -27,6 +27,7 @@ from time import sleep
from neo.client.mq import MQ
from neo.node import NodeManager, MasterNode, StorageNode
from neo.connection import MTClientConnection
from neo import protocol
from neo.protocol import Packet, INVALID_UUID, INVALID_TID, INVALID_PARTITION, \
INVALID_PTID, STORAGE_NODE_TYPE, CLIENT_NODE_TYPE, \
RUNNING_STATE, TEMPORARILY_DOWN_STATE, \
......@@ -85,10 +86,8 @@ class ConnectionPool(object):
return None
msg_id = conn.getNextId()
p = Packet()
p.requestNodeIdentification(msg_id, CLIENT_NODE_TYPE,
app.uuid, addr[0],
addr[1], app.name)
p = protocol.requestNodeIdentification(msg_id, CLIENT_NODE_TYPE,
app.uuid, addr[0], addr[1], app.name)
conn.addPacket(p)
conn.expectMessage(msg_id)
app.dispatcher.register(conn, msg_id, app.getQueue())
......@@ -305,8 +304,7 @@ class Application(object):
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
p.askNewOIDs(msg_id, 25)
p = protocol.askNewOIDs(msg_id, 25)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -365,8 +363,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askObject(msg_id, oid, serial, tid)
p = protocol.askObject(msg_id, oid, serial, tid)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -471,8 +468,7 @@ class Application(object):
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
p.askNewTID(msg_id)
p = protocol.askNewTID(msg_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -516,9 +512,8 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askStoreObject(msg_id, oid, serial, 1,
checksum, compressed_data, self.local_var.tid)
p = protocol.askStoreObject(msg_id, oid, serial, 1,
checksum, compressed_data, self.local_var.tid)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -568,9 +563,8 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askStoreTransaction(msg_id, self.local_var.tid, user, desc, ext,
oid_list)
p = protocol.askStoreTransaction(msg_id, self.local_var.tid,
user, desc, ext, oid_list)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -616,7 +610,7 @@ class Application(object):
if conn is None:
continue
try:
conn.addPacket(Packet().abortTransaction(conn.getNextId(), self.local_var.tid))
conn.addPacket(protocol.abortTransaction(conn.getNextId(), self.local_var.tid))
finally:
conn.unlock()
......@@ -624,7 +618,7 @@ class Application(object):
conn = self.master_conn
conn.lock()
try:
conn.addPacket(Packet().abortTransaction(conn.getNextId(), self.local_var.tid))
conn.addPacket(protocol.abortTransaction(conn.getNextId(), self.local_var.tid))
finally:
conn.unlock()
......@@ -646,8 +640,7 @@ class Application(object):
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
p.finishTransaction(msg_id, oid_list, self.local_var.tid)
p = protocol.finishTransaction(msg_id, oid_list, self.local_var.tid)
conn.addPacket(p)
conn.expectMessage(msg_id, additional_timeout = 300)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -693,8 +686,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askTransactionInformation(msg_id, transaction_id)
p = protocol.askTransactionInformation(msg_id, transaction_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -770,8 +762,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askTIDs(msg_id, first, last, INVALID_PARTITION)
p = protocol.askTIDs(msg_id, first, last, INVALID_PARTITION)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -809,8 +800,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askTransactionInformation(msg_id, tid)
p = protocol.askTransactionInformation(msg_id, tid)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -865,8 +855,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askObjectHistory(msg_id, oid, 0, length)
p = protocol.askObjectHistory(msg_id, oid, 0, length)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -906,8 +895,7 @@ class Application(object):
try:
msg_id = conn.getNextId()
p = Packet()
p.askTransactionInformation(msg_id, serial)
p = protocol.askTransactionInformation(msg_id, serial)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......@@ -989,9 +977,8 @@ class Application(object):
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
p.requestNodeIdentification(msg_id, CLIENT_NODE_TYPE, self.uuid,
'0.0.0.0', 0, self.name)
p = protocol.requestNodeIdentification(msg_id, CLIENT_NODE_TYPE,
self.uuid, '0.0.0.0', 0, self.name)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, self.getQueue())
......
neo/client/handler.py
View file @ f11bafed
......@@ -19,6 +19,7 @@ import logging
from neo.handler import EventHandler
from neo.connection import MTClientConnection
from neo import protocol
from neo.protocol import Packet, \
MASTER_NODE_TYPE, STORAGE_NODE_TYPE, CLIENT_NODE_TYPE, \
INVALID_UUID, RUNNING_STATE, TEMPORARILY_DOWN_STATE, \
......@@ -78,12 +79,10 @@ class BaseClientEventHandler(EventHandler):
if conn is not None:
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
ip_address, port = node.getServer()
node_list = [(STORAGE_NODE_TYPE, ip_address, port,
node.getUUID(), state)]
p.notifyNodeInformation(msg_id, node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
finally:
conn.unlock()
......@@ -151,8 +150,7 @@ class PrimaryBoostrapEventHandler(BaseClientEventHandler):
conn.lock()
try:
msg_id = conn.getNextId()
p = Packet()
p.askPrimaryMaster(msg_id)
p = protocol.askPrimaryMaster(msg_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
self.dispatcher.register(conn, msg_id, app.getQueue())
......
neo/connection.py
View file @ f11bafed
......@@ -20,6 +20,7 @@ from neo.locking import RLock
import sys
import traceback
from neo import protocol
from neo.protocol import Packet, ProtocolError
from neo.event import IdleEvent
from neo.connector import ConnectorTryAgainException, ConnectorInProgressException
......@@ -286,7 +287,7 @@ class Connection(BaseConnection):
self.write_buf += packet.encode()
except ProtocolError, m:
logging.critical('trying to send a too big message')
return self.addPacket(packet.internalError(packet.getId(), m[0]))
return self.addPacket(protocol.internalError(packet.getId(), m[0]))
# If this is the first time, enable polling for writing.
if self.write_buf:
......
neo/event.py
View file @ f11bafed
......@@ -19,6 +19,7 @@ import logging
from select import select
from time import time
from neo import protocol
from neo.protocol import Packet
from neo.epoll import Epoll
......@@ -65,7 +66,7 @@ class IdleEvent(object):
logging.info('sending a ping to %s:%d',
*(conn.getAddress()))
msg_id = conn.getNextId()
conn.addPacket(Packet().ping(msg_id))
conn.addPacket(protocol.ping(msg_id))
conn.expectMessage(msg_id, 5, 0)
else:
conn.expectMessage(self._id, self._additional_timeout, 0)
......
neo/handler.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.protocol import Packet, ProtocolError
from neo.connection import ServerConnection
......@@ -82,7 +83,7 @@ class EventHandler(object):
logging.info('malformed packet %x from %s:%d: %s',
packet.getType(), conn.getAddress()[0],
conn.getAddress()[1], error_message)
conn.addPacket(Packet().protocolError(packet.getId(), error_message))
conn.addPacket(protocol.protocolError(packet.getId(), error_message))
conn.abort()
self.peerBroken(conn)
......@@ -109,7 +110,7 @@ class EventHandler(object):
else:
message = 'unexpected packet: ' + message
logging.info('%s', message)
conn.addPacket(Packet().protocolError(packet.getId(), message))
conn.addPacket(protocol.protocolError(packet.getId(), message))
conn.abort()
self.peerBroken(conn)
......@@ -133,7 +134,7 @@ class EventHandler(object):
def handlePing(self, conn, packet):
logging.info('got a ping packet; am I overloaded?')
conn.addPacket(Packet().pong(packet.getId()))
conn.addPacket(protocol.pong(packet.getId()))
def handlePong(self, conn, packet):
pass
......
neo/master/app.py
View file @ f11bafed
......@@ -21,6 +21,7 @@ from time import time, gmtime
from struct import pack, unpack
from neo.config import ConfigurationManager
from neo import protocol
from neo.protocol import Packet, \
RUNNING_STATE, TEMPORARILY_DOWN_STATE, DOWN_STATE, BROKEN_STATE, \
INVALID_UUID, INVALID_OID, INVALID_TID, INVALID_PTID, \
......@@ -188,7 +189,7 @@ class Application(object):
logging.info('I am the primary, so sending an announcement')
for conn in em.getConnectionList():
if isinstance(conn, ClientConnection):
p = Packet().announcePrimaryMaster(conn.getNextId())
p = protocol.announcePrimaryMaster(conn.getNextId())
conn.addPacket(p)
conn.abort()
closed = False
......@@ -238,7 +239,7 @@ class Application(object):
# Ask all connected nodes to reelect a single primary master.
for conn in em.getConnectionList():
if isinstance(conn, ClientConnection):
conn.addPacket(Packet().reelectPrimaryMaster(conn.getNextId()))
conn.addPacket(protocol.reelectPrimaryMaster(conn.getNextId()))
conn.abort()
# Wait until the connections are closed.
......@@ -293,16 +294,14 @@ class Application(object):
if c.getUUID() is not None:
n = self.nm.getNodeByUUID(c.getUUID())
if n.getNodeType() in (MASTER_NODE_TYPE, STORAGE_NODE_TYPE, ADMIN_NODE_TYPE):
p = Packet()
node_list = [(node_type, ip_address, port, uuid, state)]
p.notifyNodeInformation(c.getNextId(), node_list)
p = protocol.notifyNodeInformation(c.getNextId(), node_list)
c.addPacket(p)
elif node.getNodeType() in (MASTER_NODE_TYPE, STORAGE_NODE_TYPE):
for c in self.em.getConnectionList():
if c.getUUID() is not None:
p = Packet()
node_list = [(node_type, ip_address, port, uuid, state)]
p.notifyNodeInformation(c.getNextId(), node_list)
p = protocol.notifyNodeInformation(c.getNextId(), node_list)
c.addPacket(p)
elif node.getNodeType() != ADMIN_NODE_TYPE:
raise RuntimeError('unknown node type')
......@@ -319,8 +318,7 @@ class Application(object):
start = 0
while size:
amt = min(10000, size)
p = Packet()
p.notifyPartitionChanges(c.getNextId(), ptid,
p = protocol.notifyPartitionChanges(c.getNextId(), ptid,
cell_list[start:start+amt])
c.addPacket(p)
size -= amt
......@@ -356,9 +354,8 @@ class Application(object):
node = nm.getNodeByUUID(uuid)
if node.getNodeType() == STORAGE_NODE_TYPE \
and node.getState() == RUNNING_STATE:
p = Packet()
msg_id = conn.getNextId()
p.askLastIDs(msg_id)
p = protocol.askLastIDs(msg_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
......@@ -401,8 +398,7 @@ class Application(object):
while size:
amt = min(1000, size)
msg_id = conn.getNextId()
p = Packet()
p.askPartitionTable(msg_id, range(start, start + amt))
p = protocol.askPartitionTable(msg_id, range(start, start + amt))
conn.addPacket(p)
conn.expectMessage(msg_id)
size -= amt
......@@ -459,9 +455,8 @@ class Application(object):
uuid = conn.getUUID()
if uuid in transaction_uuid_list:
self.asking_uuid_dict[uuid] = False
p = Packet()
msg_id = conn.getNextId()
p.askTransactionInformation(msg_id, tid)
p = protocol.askTransactionInformation(msg_id, tid)
conn.addPacket(p)
conn.expectMessage(msg_id)
if len(self.asking_uuid_dict) == 0:
......@@ -493,9 +488,8 @@ class Application(object):
uuid = conn.getUUID()
if uuid in object_uuid_list:
self.asking_uuid_dict[uuid] = False
p = Packet()
msg_id = conn.getNextId()
p.askObjectPresent(msg_id, oid, tid)
p = protocol.askObjectPresent(msg_id, oid, tid)
conn.addPacket(p)
conn.expectMessage(msg_id)
......@@ -540,14 +534,12 @@ class Application(object):
for offset in xrange(self.num_partitions):
row_list.append((offset, self.pt.getRow(offset)))
if len(row_list) == 1000:
p = Packet()
p.sendPartitionTable(conn.getNextId(),
p = protocol.sendPartitionTable(conn.getNextId(),
self.lptid, row_list)
conn.addPacket(p)
del row_list[:]
if len(row_list) != 0:
p = Packet()
p.sendPartitionTable(conn.getNextId(),
p = protocol.sendPartitionTable(conn.getNextId(),
self.lptid, row_list)
conn.addPacket(p)
......@@ -575,9 +567,8 @@ class Application(object):
node = nm.getNodeByUUID(uuid)
if node.getNodeType() == STORAGE_NODE_TYPE:
self.asking_uuid_dict[uuid] = False
p = Packet()
msg_id = conn.getNextId()
p.askUnfinishedTransactions(msg_id)
p = protocol.askUnfinishedTransactions(msg_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
......@@ -600,15 +591,13 @@ class Application(object):
if uuid is not None:
node = nm.getNodeByUUID(uuid)
if node.getNodeType() == STORAGE_NODE_TYPE:
p = Packet()
p.deleteTransaction(conn.getNextId(), tid)
p = protocol.deleteTransaction(conn.getNextId(), tid)
conn.addPacket(p)
else:
for conn in em.getConnectionList():
uuid = conn.getUUID()
if uuid in uuid_set:
p = Packet()
p.commitTransaction(conn.getNextId(), tid)
p = protocol.commitTransaction(conn.getNextId(), tid)
conn.addPacket(p)
# If possible, send the packets now.
......@@ -655,7 +644,7 @@ class Application(object):
if uuid is not None:
node = nm.getNodeByUUID(uuid)
if node.getNodeType() == STORAGE_NODE_TYPE:
conn.addPacket(Packet().startOperation(conn.getNextId()))
conn.addPacket(protocol.startOperation(conn.getNextId()))
# Now everything is passive.
expiration = 10
......@@ -693,7 +682,7 @@ class Application(object):
if uuid is not None:
node = nm.getNodeByUUID(uuid)
if node.getNodeType() in (STORAGE_NODE_TYPE, CLIENT_NODE_TYPE):
conn.addPacket(Packet().stopOperation(conn.getNextId()))
conn.addPacket(protocol.stopOperation(conn.getNextId()))
if node.getNodeType() == CLIENT_NODE_TYPE:
conn.abort()
......
neo/master/election.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.protocol import MASTER_NODE_TYPE, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, \
DOWN_STATE, ADMIN_NODE_TYPE
......@@ -39,9 +40,8 @@ class ElectionEventHandler(MasterEventHandler):
def connectionCompleted(self, conn):
app = self.app
# Request a node idenfitication.
p = Packet()
msg_id = conn.getNextId()
p.requestNodeIdentification(msg_id, MASTER_NODE_TYPE, app.uuid,
p = protocol.requestNodeIdentification(msg_id, MASTER_NODE_TYPE, app.uuid,
app.server[0], app.server[1], app.name)
conn.addPacket(p)
conn.expectMessage(msg_id)
......@@ -122,7 +122,7 @@ class ElectionEventHandler(MasterEventHandler):
# Ask a primary master.
msg_id = conn.getNextId()
conn.addPacket(Packet().askPrimaryMaster(msg_id))
conn.addPacket(protocol.askPrimaryMaster(msg_id))
conn.expectMessage(msg_id)
else:
self.handleUnexpectedPacket(conn, packet)
......@@ -183,12 +183,12 @@ class ElectionEventHandler(MasterEventHandler):
app = self.app
if node_type != MASTER_NODE_TYPE:
logging.info('reject a connection from a non-master')
conn.addPacket(Packet().notReady(packet.getId(), 'retry later'))
conn.addPacket(protocol.notReady(packet.getId(), 'retry later'))
conn.abort()
return
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -203,8 +203,7 @@ class ElectionEventHandler(MasterEventHandler):
# If this node is broken, reject it.
if node.getUUID() == uuid:
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -216,8 +215,7 @@ class ElectionEventHandler(MasterEventHandler):
node.setUUID(uuid)
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas,
uuid)
......@@ -248,8 +246,7 @@ class ElectionEventHandler(MasterEventHandler):
continue
info = n.getServer() + (n.getUUID() or INVALID_UUID,)
known_master_list.append(info)
p = Packet()
p.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
p = protocol.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
conn.addPacket(p)
def handleAnnouncePrimaryMaster(self, conn, packet):
......
neo/master/recovery.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.protocol import MASTER_NODE_TYPE, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, DOWN_STATE, \
STORAGE_NODE_TYPE, CLIENT_NODE_TYPE, ADMIN_NODE_TYPE
......@@ -67,12 +68,12 @@ class RecoveryEventHandler(MasterEventHandler):
app = self.app
if node_type not in (MASTER_NODE_TYPE, STORAGE_NODE_TYPE, ADMIN_NODE_TYPE):
logging.info('reject a connection from a client')
conn.addPacket(Packet().notReady(packet.getId(), 'retry later'))
conn.addPacket(protocol.notReady(packet.getId(), 'retry later'))
conn.abort()
return
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -117,7 +118,7 @@ class RecoveryEventHandler(MasterEventHandler):
if node.getNodeType() != MASTER_NODE_TYPE or node_type != MASTER_NODE_TYPE:
# Error. This node uses the same server address as a master
# node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -130,7 +131,7 @@ class RecoveryEventHandler(MasterEventHandler):
# This node has a different UUID.
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -149,7 +150,7 @@ class RecoveryEventHandler(MasterEventHandler):
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -165,8 +166,7 @@ class RecoveryEventHandler(MasterEventHandler):
# If this node is broken, reject it. Otherwise, assume that it is
# working again.
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -177,8 +177,7 @@ class RecoveryEventHandler(MasterEventHandler):
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas, uuid)
conn.addPacket(p)
......@@ -196,8 +195,7 @@ class RecoveryEventHandler(MasterEventHandler):
# Merely tell the peer that I am the primary master node.
# It is not necessary to send known master nodes, because
# I must send all node information immediately.
p = Packet()
p.answerPrimaryMaster(packet.getId(), app.uuid, [])
p = protocol.answerPrimaryMaster(packet.getId(), app.uuid, [])
conn.addPacket(p)
# Send the information.
......@@ -211,20 +209,17 @@ class RecoveryEventHandler(MasterEventHandler):
n.getUUID() or INVALID_UUID, n.getState()))
if len(node_list) == 10000:
# Ugly, but it is necessary to split a packet, if it is too big.
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
del node_list[:]
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
# If this is a storage node, ask the last IDs.
node = app.nm.getNodeByUUID(uuid)
if node.getNodeType() == STORAGE_NODE_TYPE:
p = Packet()
msg_id = conn.getNextId()
p.askLastIDs(msg_id)
p = protocol.askLastIDs(msg_id)
conn.addPacket(p)
conn.expectMessage(msg_id)
elif node.getNodeType() == ADMIN_NODE_TYPE and app.lptid != INVALID_PTID:
......@@ -232,16 +227,15 @@ class RecoveryEventHandler(MasterEventHandler):
logging.info('sending partition table %s to %s' % (dump(app.lptid),
conn.getAddress()))
# Split the packet if too huge.
p = Packet()
row_list = []
for offset in xrange(app.num_partitions):
row_list.append((offset, app.pt.getRow(offset)))
if len(row_list) == 1000:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
del row_list[:]
if len(row_list) != 0:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
def handleAnnouncePrimaryMaster(self, conn, packet):
......
neo/master/secondary.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.protocol import MASTER_NODE_TYPE, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, \
DOWN_STATE, ADMIN_NODE_TYPE
......@@ -62,7 +63,7 @@ class SecondaryEventHandler(MasterEventHandler):
app = self.app
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -80,8 +81,7 @@ class SecondaryEventHandler(MasterEventHandler):
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas,
uuid)
......@@ -108,8 +108,7 @@ class SecondaryEventHandler(MasterEventHandler):
info = n.getServer() + (n.getUUID() or INVALID_UUID,)
known_master_list.append(info)
p = Packet()
p.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
p = protocol.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
conn.addPacket(p)
def handleAnnouncePrimaryMaster(self, conn, packet):
......
neo/master/service.py
View file @ f11bafed
......@@ -18,6 +18,7 @@
import logging
from copy import copy
from neo import protocol
from neo.protocol import MASTER_NODE_TYPE, CLIENT_NODE_TYPE, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, DOWN_STATE, \
UP_TO_DATE_STATE, FEEDING_STATE, DISCARDED_STATE, \
......@@ -152,7 +153,7 @@ class ServiceEventHandler(MasterEventHandler):
app = self.app
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -201,8 +202,7 @@ class ServiceEventHandler(MasterEventHandler):
or node_type != MASTER_NODE_TYPE:
# Error. This node uses the same server address as
# a master node.
p = Packet()
p.protocolError(packet.getId(),
p = protocol.protocolError(packet.getId(),
'invalid server address')
conn.addPacket(p)
conn.abort()
......@@ -217,8 +217,7 @@ class ServiceEventHandler(MasterEventHandler):
# This node has a different UUID.
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
p = Packet()
p.protocolError(packet.getId(),
p = protocol.protocolError(packet.getId(),
'invalid server address')
conn.addPacket(p)
conn.abort()
......@@ -247,8 +246,7 @@ class ServiceEventHandler(MasterEventHandler):
# This node has a different server address.
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
p = Packet()
p.protocolError(packet.getId(),
p = protocol.protocolError(packet.getId(),
'invalid server address')
conn.addPacket(p)
conn.abort()
......@@ -271,8 +269,7 @@ class ServiceEventHandler(MasterEventHandler):
# If this node is broken, reject it. Otherwise, assume that
# it is working again.
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -300,8 +297,7 @@ class ServiceEventHandler(MasterEventHandler):
ptid = app.getNextPartitionTableID()
app.broadcastPartitionChanges(ptid, cell_list)
p = Packet()
p.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas, uuid)
conn.addPacket(p)
......@@ -319,8 +315,7 @@ class ServiceEventHandler(MasterEventHandler):
# Merely tell the peer that I am the primary master node.
# It is not necessary to send known master nodes, because
# I must send all node information immediately.
p = Packet()
p.answerPrimaryMaster(packet.getId(), app.uuid, [])
p = protocol.answerPrimaryMaster(packet.getId(), app.uuid, [])
conn.addPacket(p)
# Send the information.
......@@ -336,12 +331,10 @@ class ServiceEventHandler(MasterEventHandler):
n.getUUID() or INVALID_UUID, n.getState()))
if len(node_list) == 10000:
# Ugly, but it is necessary to split a packet, if it is too big.
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
del node_list[:]
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
# If this is a storage node or a client node or an admin node, send the partition table.
......@@ -350,21 +343,20 @@ class ServiceEventHandler(MasterEventHandler):
logging.info('sending partition table to %s:%d',
*(conn.getAddress()))
# Split the packet if too huge.
p = Packet()
row_list = []
for offset in xrange(app.num_partitions):
row_list.append((offset, app.pt.getRow(offset)))
if len(row_list) == 1000:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
del row_list[:]
if len(row_list) != 0:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
# If this is a storage node, ask it to start.
if node.getNodeType() == STORAGE_NODE_TYPE:
conn.addPacket(Packet().startOperation(conn.getNextId()))
conn.addPacket(protocol.startOperation(conn.getNextId()))
def handleAnnouncePrimaryMaster(self, conn, packet):
uuid = conn.getUUID()
......@@ -474,7 +466,7 @@ class ServiceEventHandler(MasterEventHandler):
return
tid = app.getNextTID()
app.finishing_transaction_dict[tid] = FinishingTransaction(conn)
conn.addPacket(Packet().answerNewTID(packet.getId(), tid))
conn.addPacket(protocol.answerNewTID(packet.getId(), tid))
def handleAskNewOIDs(self, conn, packet, num_oids):
uuid = conn.getUUID()
......@@ -490,7 +482,7 @@ class ServiceEventHandler(MasterEventHandler):
return
oid_list = app.getNewOIDList(num_oids)
conn.addPacket(Packet().answerNewOIDs(packet.getId(), oid_list))
conn.addPacket(protocol.answerNewOIDs(packet.getId(), oid_list))
def handleFinishTransaction(self, conn, packet, oid_list, tid):
uuid = conn.getUUID()
......@@ -527,7 +519,7 @@ class ServiceEventHandler(MasterEventHandler):
for c in app.em.getConnectionList():
if c.getUUID() in uuid_set:
msg_id = c.getNextId()
c.addPacket(Packet().lockInformation(msg_id, tid))
c.addPacket(protocol.lockInformation(msg_id, tid))
c.expectMessage(msg_id, timeout = 60)
try:
......@@ -569,20 +561,19 @@ class ServiceEventHandler(MasterEventHandler):
for c in app.em.getConnectionList():
uuid = c.getUUID()
if uuid is not None:
p = Packet()
node = app.nm.getNodeByUUID(uuid)
if node.getNodeType() == CLIENT_NODE_TYPE:
if c is t.getConnection():
p.notifyTransactionFinished(t.getMessageId(),
tid)
p = protocol.notifyTransactionFinished(
t.getMessageId(), tid)
c.addPacket(p)
else:
p.invalidateObjects(c.getNextId(),
p = protocol.invalidateObjects(c.getNextId(),
t.getOIDList(), tid)
c.addPacket(p)
elif node.getNodeType() == STORAGE_NODE_TYPE:
if uuid in t.getUUIDSet():
p.unlockInformation(c.getNextId(), tid)
p = protocol.unlockInformation(c.getNextId(), tid)
c.addPacket(p)
del app.finishing_transaction_dict[tid]
except KeyError:
......@@ -615,8 +606,7 @@ class ServiceEventHandler(MasterEventHandler):
return
app = self.app
p = Packet()
p.answerLastIDs(packet.getId(), app.loid, app.ltid, app.lptid)
p = protocol.answerLastIDs(packet.getId(), app.loid, app.ltid, app.lptid)
conn.addPacket(p)
def handleAskUnfinishedTransactions(self, conn, packet):
......@@ -626,8 +616,7 @@ class ServiceEventHandler(MasterEventHandler):
return
app = self.app
p = Packet()
p.answerUnfinishedTransactions(packet.getId(),
p = protocol.answerUnfinishedTransactions(packet.getId(),
app.finishing_transaction_dict.keys())
conn.addPacket(p)
......
neo/master/verification.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.protocol import MASTER_NODE_TYPE, STORAGE_NODE_TYPE, CLIENT_NODE_TYPE, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, DOWN_STATE, \
ADMIN_NODE_TYPE
......@@ -91,12 +92,12 @@ class VerificationEventHandler(MasterEventHandler):
app = self.app
if node_type not in (MASTER_NODE_TYPE, STORAGE_NODE_TYPE, ADMIN_NODE_TYPE):
logging.info('reject a connection from a client')
conn.addPacket(Packet().notReady(packet.getId(), 'retry later'))
conn.addPacket(protocol.notReady(packet.getId(), 'retry later'))
conn.abort()
return
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -141,7 +142,7 @@ class VerificationEventHandler(MasterEventHandler):
if node.getNodeType() != MASTER_NODE_TYPE or node_type != MASTER_NODE_TYPE:
# Error. This node uses the same server address as a master
# node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -154,7 +155,7 @@ class VerificationEventHandler(MasterEventHandler):
# This node has a different UUID.
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -172,7 +173,7 @@ class VerificationEventHandler(MasterEventHandler):
# This node has a different server address.
if node.getState() == RUNNING_STATE:
# If it is still running, reject this node.
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid server address'))
conn.abort()
return
......@@ -188,8 +189,7 @@ class VerificationEventHandler(MasterEventHandler):
# If this node is broken, reject it. Otherwise, assume that it is
# working again.
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -200,8 +200,7 @@ class VerificationEventHandler(MasterEventHandler):
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), MASTER_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas, uuid)
conn.addPacket(p)
......@@ -219,8 +218,7 @@ class VerificationEventHandler(MasterEventHandler):
# Merely tell the peer that I am the primary master node.
# It is not necessary to send known master nodes, because
# I must send all node information immediately.
p = Packet()
p.answerPrimaryMaster(packet.getId(), app.uuid, [])
p = protocol.answerPrimaryMaster(packet.getId(), app.uuid, [])
conn.addPacket(p)
# Send the information.
......@@ -234,28 +232,25 @@ class VerificationEventHandler(MasterEventHandler):
n.getUUID() or INVALID_UUID, n.getState()))
if len(node_list) == 10000:
# Ugly, but it is necessary to split a packet, if it is too big.
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
del node_list[:]
p = Packet()
p.notifyNodeInformation(conn.getNextId(), node_list)
p = protocol.notifyNodeInformation(conn.getNextId(), node_list)
conn.addPacket(p)
# If this is a storage node or an admin node, send the partition table.
node = app.nm.getNodeByUUID(uuid)
if node.getNodeType() in (STORAGE_NODE_TYPE, ADMIN_NODE_TYPE):
# Split the packet if too huge.
p = Packet()
row_list = []
for offset in xrange(app.num_partitions):
row_list.append((offset, app.pt.getRow(offset)))
if len(row_list) == 1000:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
del row_list[:]
if len(row_list) != 0:
p.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
p = protocol.sendPartitionTable(conn.getNextId(), app.lptid, row_list)
conn.addPacket(p)
def handleAnnouncePrimaryMaster(self, conn, packet):
......
neo/protocol.py
View file @ f11bafed
This diff is collapsed.
neo/storage/bootstrap.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.storage.handler import StorageEventHandler
from neo.protocol import INVALID_UUID, RUNNING_STATE, BROKEN_STATE, \
MASTER_NODE_TYPE, STORAGE_NODE_TYPE, CLIENT_NODE_TYPE
......@@ -36,9 +37,8 @@ class BootstrapEventHandler(StorageEventHandler):
# Should not happen.
raise RuntimeError('connection completed while not trying to connect')
p = Packet()
msg_id = conn.getNextId()
p.requestNodeIdentification(msg_id, STORAGE_NODE_TYPE, app.uuid,
p = protocol.requestNodeIdentification(msg_id, STORAGE_NODE_TYPE, app.uuid,
app.server[0], app.server[1], app.name)
conn.addPacket(p)
conn.expectMessage(msg_id)
......@@ -115,12 +115,12 @@ class BootstrapEventHandler(StorageEventHandler):
app = self.app
if node_type != MASTER_NODE_TYPE:
logging.info('reject a connection from a non-master')
conn.addPacket(Packet().notReady(packet.getId(), 'retry later'))
conn.addPacket(protocol.notReady(packet.getId(), 'retry later'))
conn.abort()
return
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -134,8 +134,7 @@ class BootstrapEventHandler(StorageEventHandler):
# If this node is broken, reject it.
if node.getUUID() == uuid:
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -144,8 +143,7 @@ class BootstrapEventHandler(StorageEventHandler):
node.setUUID(uuid)
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
0, 0, uuid)
conn.addPacket(p)
......@@ -202,7 +200,7 @@ class BootstrapEventHandler(StorageEventHandler):
# Ask a primary master.
msg_id = conn.getNextId()
conn.addPacket(Packet().askPrimaryMaster(msg_id))
conn.addPacket(protocol.askPrimaryMaster(msg_id))
conn.expectMessage(msg_id)
def handleAnswerPrimaryMaster(self, conn, packet, primary_uuid,
......
neo/storage/handler.py
View file @ f11bafed
......@@ -62,8 +62,7 @@ class StorageEventHandler(EventHandler):
info = n.getServer() + (n.getUUID() or INVALID_UUID,)
known_master_list.append(info)
p = Packet()
p.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
p = protocol.answerPrimaryMaster(packet.getId(), primary_uuid, known_master_list)
conn.addPacket(p)
def handleAnswerPrimaryMaster(self, conn, packet, primary_uuid,
......
neo/storage/mysqldb.py
View file @ f11bafed
......@@ -77,14 +77,14 @@ class MySQLDatabaseManager(DatabaseManager):
"""Query data from a database."""
conn = self.conn
try:
printable_char_list = []
for c in query.split('\n', 1)[0][:70]:
if c not in string.printable or c in '\t\x0b\x0c\r':
c = '\\x%02x' % ord(c)
printable_char_list.append(c)
query_part = ''.join(printable_char_list)
logging.debug('querying %s...', query_part)
# printable_char_list = []
# for c in query.split('\n', 1)[0][:70]:
# if c not in string.printable or c in '\t\x0b\x0c\r':
# c = '\\x%02x' % ord(c)
# printable_char_list.append(c)
# query_part = ''.join(printable_char_list)
#
# logging.debug('querying %s...', query_part)
conn.query(query)
r = conn.store_result()
if r is not None:
......
neo/storage/operation.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.storage.handler import StorageEventHandler
from neo.protocol import INVALID_UUID, INVALID_SERIAL, INVALID_TID, \
INVALID_PARTITION, \
......@@ -138,7 +139,7 @@ class OperationEventHandler(StorageEventHandler):
app = self.app
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -155,7 +156,7 @@ class OperationEventHandler(StorageEventHandler):
# If I do not know such a node, and it is not even a master
# node, simply reject it.
logging.error('reject an unknown node %s', dump(uuid))
conn.addPacket(Packet().notReady(packet.getId(),
conn.addPacket(protocol.notReady(packet.getId(),
'unknown node'))
conn.abort()
return
......@@ -163,8 +164,7 @@ class OperationEventHandler(StorageEventHandler):
# If this node is broken, reject it.
if node.getUUID() == uuid:
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -173,8 +173,7 @@ class OperationEventHandler(StorageEventHandler):
node.setUUID(uuid)
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas,
uuid)
......@@ -256,11 +255,10 @@ class OperationEventHandler(StorageEventHandler):
app = self.app
t = app.dm.getTransaction(tid)
p = Packet()
if t is None:
p.tidNotFound(packet.getId(), '%s does not exist' % dump(tid))
p = protocol.tidNotFound(packet.getId(), '%s does not exist' % dump(tid))
else:
p.answerTransactionInformation(packet.getId(), tid,
p = protocol.answerTransactionInformation(packet.getId(), tid,
t[1], t[2], t[3], t[0])
conn.addPacket(p)
......@@ -286,7 +284,7 @@ class OperationEventHandler(StorageEventHandler):
except KeyError:
pass
conn.addPacket(Packet().notifyInformationLocked(packet.getId(), tid))
conn.addPacket(protocol.notifyInformationLocked(packet.getId(), tid))
else:
self.handleUnexpectedPacket(conn, packet)
......@@ -324,25 +322,24 @@ class OperationEventHandler(StorageEventHandler):
if tid == INVALID_TID:
tid = None
o = app.dm.getObject(oid, serial, tid)
p = Packet()
if o is not None:
serial, next_serial, compression, checksum, data = o
if next_serial is None:
next_serial = INVALID_SERIAL
logging.debug('oid = %s, serial = %s, next_serial = %s',
dump(oid), dump(serial), dump(next_serial))
p.answerObject(packet.getId(), oid, serial, next_serial,
p = protocol.answerObject(packet.getId(), oid, serial, next_serial,
compression, checksum, data)
else:
logging.debug('oid = %s not found', dump(oid))
p.oidNotFound(packet.getId(), '%s does not exist' % dump(oid))
p = protocol.oidNotFound(packet.getId(), '%s does not exist' % dump(oid))
conn.addPacket(p)
def handleAskTIDs(self, conn, packet, first, last, partition):
# This method is complicated, because I must return TIDs only
# about usable partitions assigned to me.
if first >= last:
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid offsets'))
return
......@@ -362,11 +359,11 @@ class OperationEventHandler(StorageEventHandler):
tid_list = app.dm.getTIDList(first, last - first,
app.num_partitions, partition_list)
conn.addPacket(Packet().answerTIDs(packet.getId(), tid_list))
conn.addPacket(protocol.answerTIDs(packet.getId(), tid_list))
def handleAskObjectHistory(self, conn, packet, oid, first, last):
if first >= last:
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid offsets'))
return
......@@ -374,7 +371,7 @@ class OperationEventHandler(StorageEventHandler):
history_list = app.dm.getObjectHistory(oid, first, last - first)
if history_list is None:
history_list = []
conn.addPacket(Packet().answerObjectHistory(packet.getId(), oid,
conn.addPacket(protocol.answerObjectHistory(packet.getId(), oid,
history_list))
def handleAskStoreTransaction(self, conn, packet, tid, user, desc,
......@@ -388,7 +385,7 @@ class OperationEventHandler(StorageEventHandler):
t = app.transaction_dict.setdefault(tid, TransactionInformation(uuid))
t.addTransaction(oid_list, user, desc, ext)
conn.addPacket(Packet().answerStoreTransaction(packet.getId(), tid))
conn.addPacket(protocol.answerStoreTransaction(packet.getId(), tid))
def handleAskStoreObject(self, conn, packet, oid, serial,
compression, checksum, data, tid):
......@@ -409,7 +406,7 @@ class OperationEventHandler(StorageEventHandler):
# If a newer transaction already locks this object,
# do not try to resolve a conflict, so return immediately.
logging.info('unresolvable conflict in %s', dump(oid))
conn.addPacket(Packet().answerStoreObject(packet.getId(), 1,
conn.addPacket(protocol.answerStoreObject(packet.getId(), 1,
oid, locking_tid))
return
......@@ -419,13 +416,13 @@ class OperationEventHandler(StorageEventHandler):
last_serial = history_list[0][0]
if last_serial != serial:
logging.info('resolvable conflict in %s', dump(oid))
conn.addPacket(Packet().answerStoreObject(packet.getId(), 1,
conn.addPacket(protocol.answerStoreObject(packet.getId(), 1,
oid, last_serial))
return
# Now store the object.
t = app.transaction_dict.setdefault(tid, TransactionInformation(uuid))
t.addObject(oid, compression, checksum, data)
conn.addPacket(Packet().answerStoreObject(packet.getId(), 0,
conn.addPacket(protocol.answerStoreObject(packet.getId(), 0,
oid, serial))
app.store_lock_dict[oid] = tid
......@@ -470,7 +467,7 @@ class OperationEventHandler(StorageEventHandler):
# This method is complicated, because I must return OIDs only
# about usable partitions assigned to me.
if first >= last:
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid offsets'))
return
......@@ -490,4 +487,4 @@ class OperationEventHandler(StorageEventHandler):
oid_list = app.dm.getOIDList(first, last - first,
app.num_partitions, partition_list)
conn.addPacket(Packet().answerOIDs(packet.getId(), oid_list))
conn.addPacket(protocol.answerOIDs(packet.getId(), oid_list))
neo/storage/replicator.py
View file @ f11bafed
......@@ -90,8 +90,7 @@ class ReplicationEventHandler(StorageEventHandler):
tid_set = set(tid_list) - set(present_tid_list)
for tid in tid_set:
msg_id = conn.getNextId()
p = Packet()
p.askTransactionInformation(msg_id, tid)
p = protocol.askTransactionInformation(msg_id, tid)
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
......@@ -99,8 +98,7 @@ class ReplicationEventHandler(StorageEventHandler):
app.replicator.tid_offset += 1000
offset = app.replicator.tid_offset
msg_id = conn.getNextId()
p = Packet()
p.askTIDs(msg_id, offset, offset + 1000,
p = protocol.askTIDs(msg_id, offset, offset + 1000,
app.replicator.current_partition.getRID())
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
......@@ -108,8 +106,7 @@ class ReplicationEventHandler(StorageEventHandler):
# If no more TID, a replication of transactions is finished.
# So start to replicate objects now.
msg_id = conn.getNextId()
p = Packet()
p.askOIDs(msg_id, 0, 1000,
p = protocol.askOIDs(msg_id, 0, 1000,
app.replicator.current_partition.getRID())
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
......@@ -133,8 +130,7 @@ class ReplicationEventHandler(StorageEventHandler):
# Pick one up, and ask the history.
oid = oid_list.pop()
msg_id = conn.getNextId()
p = Packet()
p.askObjectHistory(msg_id, oid, 0, 1000)
p = protocol.askObjectHistory(msg_id, oid, 0, 1000)
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
app.replicator.serial_offset = 0
......@@ -156,8 +152,7 @@ class ReplicationEventHandler(StorageEventHandler):
serial_set = set(serial_list) - set(present_serial_list)
for serial in serial_set:
msg_id = conn.getNextId()
p = Packet()
p.askObject(msg_id, oid, serial, INVALID_TID)
p = protocol.askObject(msg_id, oid, serial, INVALID_TID)
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
......@@ -165,8 +160,7 @@ class ReplicationEventHandler(StorageEventHandler):
app.replicator.serial_offset += 1000
offset = app.replicator.serial_offset
msg_id = conn.getNextId()
p = Packet()
p.askObjectHistory(msg_id, oid, offset, offset + 1000)
p = protocol.askObjectHistory(msg_id, oid, offset, offset + 1000)
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
else:
......@@ -176,8 +170,7 @@ class ReplicationEventHandler(StorageEventHandler):
# If I have more pending OIDs, pick one up.
oid = oid_list.pop()
msg_id = conn.getNextId()
p = Packet()
p.askObjectHistory(msg_id, oid, 0, 1000)
p = protocol.askObjectHistory(msg_id, oid, 0, 1000)
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
app.replicator.serial_offset = 0
......@@ -186,8 +179,7 @@ class ReplicationEventHandler(StorageEventHandler):
app.replicator.oid_offset += 1000
offset = app.replicator.oid_offset
msg_id = conn.getNextId()
p = Packet()
p.askOIDs(msg_id, offset, offset + 1000,
p = protocol.askOIDs(msg_id, offset, offset + 1000,
app.replicator.current_partition.getRID())
conn.addPacket(p)
conn.expectMessage(msg_id, timeout = 300)
......@@ -293,7 +285,7 @@ class Replicator(object):
def _askCriticalTID(self):
conn = self.primary_master_connection
msg_id = conn.getNextId()
conn.addPacket(Packet().askLastIDs(msg_id))
conn.addPacket(protocol.askLastIDs(msg_id))
conn.expectMessage(msg_id)
self.critical_tid_dict[msg_id] = self.new_partition_dict.values()
self.partition_dict.update(self.new_partition_dict)
......@@ -309,7 +301,7 @@ class Replicator(object):
def _askUnfinishedTIDs(self):
conn = self.primary_master_connection
msg_id = conn.getNextId()
conn.addPacket(Packet().askUnfinishedTransactions(msg_id))
conn.addPacket(protocol.askUnfinishedTransactions(msg_id))
conn.expectMessage(msg_id)
self.waiting_for_unfinished_tids = True
......@@ -343,16 +335,14 @@ class Replicator(object):
addr = addr,
connector_handler = app.connector_handler)
msg_id = self.current_connection.getNextId()
p = Packet()
p.requestNodeIdentification(msg_id, STORAGE_NODE_TYPE, app.uuid,
p = protocol.requestNodeIdentification(msg_id, STORAGE_NODE_TYPE, app.uuid,
app.server[0], app.server[1], app.name)
self.current_connection.addPacket(p)
self.current_connection.expectMessage(msg_id)
self.tid_offset = 0
msg_id = self.current_connection.getNextId()
p = Packet()
p.askTIDs(msg_id, 0, 1000, self.current_partition.getRID())
p = protocol.askTIDs(msg_id, 0, 1000, self.current_partition.getRID())
self.current_connection.addPacket(p)
self.current_connection.expectMessage(msg_id, timeout = 300)
......@@ -364,8 +354,7 @@ class Replicator(object):
self.partition_dict.pop(self.current_partition.getRID())
# Notify to a primary master node that my cell is now up-to-date.
conn = self.primary_master_connection
p = Packet()
p.notifyPartitionChanges(conn.getNextId(),
p = protocol.notifyPartitionChanges(conn.getNextId(),
app.ptid,
[(self.current_partition.getRID(),
app.uuid,
......
neo/storage/verification.py
View file @ f11bafed
......@@ -17,6 +17,7 @@
import logging
from neo import protocol
from neo.storage.handler import StorageEventHandler
from neo.protocol import INVALID_OID, INVALID_TID, \
RUNNING_STATE, BROKEN_STATE, TEMPORARILY_DOWN_STATE, \
......@@ -68,12 +69,12 @@ class VerificationEventHandler(StorageEventHandler):
app = self.app
if node_type != MASTER_NODE_TYPE:
logging.info('reject a connection from a non-master')
conn.addPacket(Packet().notReady(packet.getId(), 'retry later'))
conn.addPacket(protocol.notReady(packet.getId(), 'retry later'))
conn.abort()
return
if name != app.name:
logging.error('reject an alien cluster')
conn.addPacket(Packet().protocolError(packet.getId(),
conn.addPacket(protocol.protocolError(packet.getId(),
'invalid cluster name'))
conn.abort()
return
......@@ -87,8 +88,7 @@ class VerificationEventHandler(StorageEventHandler):
# If this node is broken, reject it.
if node.getUUID() == uuid:
if node.getState() == BROKEN_STATE:
p = Packet()
p.brokenNodeDisallowedError(packet.getId(), 'go away')
p = protocol.brokenNodeDisallowedError(packet.getId(), 'go away')
conn.addPacket(p)
conn.abort()
return
......@@ -97,8 +97,7 @@ class VerificationEventHandler(StorageEventHandler):
node.setUUID(uuid)
conn.setUUID(uuid)
p = Packet()
p.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
p = protocol.acceptNodeIdentification(packet.getId(), STORAGE_NODE_TYPE,
app.uuid, app.server[0], app.server[1],
app.num_partitions, app.num_replicas,
uuid)
......@@ -127,10 +126,9 @@ class VerificationEventHandler(StorageEventHandler):
def handleAskLastIDs(self, conn, packet):
if not conn.isServerConnection():
app = self.app
p = Packet()
oid = app.dm.getLastOID() or INVALID_OID
tid = app.dm.getLastTID() or INVALID_TID
p.answerLastIDs(packet.getId(), oid, tid, app.ptid)
p = protocol.answerLastIDs(packet.getId(), oid, tid, app.ptid)
conn.addPacket(p)
else:
self.handleUnexpectedPacket(conn, packet)
......@@ -149,14 +147,12 @@ class VerificationEventHandler(StorageEventHandler):
pass
row_list.append((offset, row))
except IndexError:
p = Packet()
p.protocolError(packet.getId(),
p = protocol.protocolError(packet.getId(),
'invalid partition table offset')
conn.addPacket(p)
return
p = Packet()
p.answerPartitionTable(packet.getId(), app.ptid, row_list)
p = protocol.answerPartitionTable(packet.getId(), app.ptid, row_list)
conn.addPacket(p)
else:
self.handleUnexpectedPacket(conn, packet)
......@@ -240,8 +236,7 @@ class VerificationEventHandler(StorageEventHandler):
if not conn.isServerConnection():
app = self.app
tid_list = app.dm.getUnfinishedTIDList()
p = Packet()
p.answerUnfinishedTransactions(packet.getId(), tid_list)
p = protocol.answerUnfinishedTransactions(packet.getId(), tid_list)
conn.addPacket(p)
else:
self.handleUnexpectedPacket(conn, packet)
......@@ -256,22 +251,20 @@ class VerificationEventHandler(StorageEventHandler):
else:
t = app.dm.getTransaction(tid)
p = Packet()
if t is None:
p.tidNotFound(packet.getId(), '%s does not exist' % dump(tid))
p = protocol.tidNotFound(packet.getId(), '%s does not exist' % dump(tid))
else:
p.answerTransactionInformation(packet.getId(), tid,
p = protocol.answerTransactionInformation(packet.getId(), tid,
t[1], t[2], t[3], t[0])
conn.addPacket(p)
def handleAskObjectPresent(self, conn, packet, oid, tid):
if not conn.isServerConnection():
app = self.app
p = Packet()
if app.dm.objectPresent(oid, tid):
p.answerObjectPresent(packet.getId(), oid, tid)
p = protocol.answerObjectPresent(packet.getId(), oid, tid)
else:
p.oidNotFound(packet.getId(),
p = protocol.oidNotFound(packet.getId(),
'%s:%s do not exist' % (dump(oid), dump(tid)))
conn.addPacket(p)
else:
......
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